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首页> 外文期刊>Journal of Pharmacy and Pharmacology >Evaluation of the odour of Aminoleban? EN, taste-masked with flavoured powders, by human and electronic noses
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Evaluation of the odour of Aminoleban? EN, taste-masked with flavoured powders, by human and electronic noses

机译:评价Aminoleban的气味? EN,通过人和电子鼻子掩盖调味粉

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Objectives Aminoleban? EN is a bitter total enteral nutrient product with an unpleasant odour. The purpose of this study was to evaluate the odour of Aminoleban? EN, taste-masked with various flavoured powders, by human testing and by using an electronic nose system (Alpha M.O.S.). Methods Initially, the odour of Aminoleban? EN alone at various concentrations was evaluated. Secondly, the odour of Aminoleban? EN with the addition of various flavoured powders was evaluated; the evaluation included data on odour intensity, preference levels and evoked taste image. Key findings With the human nose, a concentration of 0.43 g/100 ml seemed to be the taste threshold for Aminoleban? EN. In the electronic nose system, principal component analysis revealed that concentrations over 0.39 g/100 ml Aminoleban? EN could be distinguished from water. It was clear from both human testing and using the electronic nose system that the unpleasant odour of Aminoleban? EN could be masked by pineapple- and plum-flavoured powders, both of which contain not only sweet but also sour components. Conclusions The electronic nose system may be useful for detecting odours at or below the level detectable by the human olfactory system and for classifying the quality of different odours, thus reducing the amount of human testing required.
机译:目标Aminoleban? EN是一种具有难闻气味的苦味总肠内营养产品。这项研究的目的是评估Aminoleban的气味? EN,通过人工测试和使用电子鼻系统(Alpha M.O.S.)掩盖了各种风味的粉末。方法最初,有Aminoleban的气味吗?单独评估了各种浓度的EN。其次,Aminoleban的气味?评估了添加各种调味粉的EN;评估包括有关气味强度,偏好水平和诱发的味觉图像的数据。主要发现对于人的鼻子来说,0.43 g / 100 ml的浓度似乎是Aminoleban? EN。在电子鼻系统中,主成分分析表明其浓度超过0.39 g / 100 ml。 EN可以与水区分开。从人体测试和使用电子鼻系统都可以清楚地看到Aminoleban的难闻气味? EN可以用菠萝和李子味的粉末掩盖,这两种粉末不仅含有甜味而且含有酸味成分。结论电子鼻系统可用于检测人体嗅觉系统可检测到的水平或以下的气味,并对不同气味的质量进行分类,从而减少所需的人体测试量。

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